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New Uses for Immobilized Enzymes and Substrates on Cotton and Cellulose Fibers

机译:棉和纤维素纤维上固定化酶和底物的新用途

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The design, preparation, and application of both immobilized enzymes and enzyme substrates on cotton fibers for biomedical and specialty applications, includes antibacterial fabrics, decontamination wipes, debridement and chronic wound dressing prototypes, and protease detection devices. The molecular design steps of enzyme and enzyme substrate cellulose conjugates is presented. Molecular models of lysozyme- and orgaonphosphorous hydrolase- cellulose conjugates are given as examples of assessing the utility of the biorationally designed fabrics. The chemistry of immobilzing the enzyme or enzyme substrate to the cotton fabric of choice, employs use of crosslinking agents for either aqueous or organic coupling reactions. Assays for assessment bioconjugate activity is pivotal to optimizing the development of the immobilized enzyme or substrate as a product.
机译:用于生物医学和特种用途的棉纤维上固定化酶和酶底物的设计,制备和应用包括抗菌织物,去污抹布,清创和慢性伤口敷料原型以及蛋白酶检测装置。提出了酶和酶底物纤维素缀合物的分子设计步骤。给出了溶菌酶和有机磷酸水解酶-纤维素共轭物的分子模型,作为评估生物理性设计织物的效用的实例。将酶或酶底物固定在所选棉织物上的化学方法是使用交联剂进行水或有机偶联反应。评估生物缀合物活性的方法对于优化固定化酶或底物产品的开发至关重要。

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